Design and safety analysis of Ultra-long Cycle Fast Reactor (UCFR)
- Design of primary & secondary systems of UCFR – Thermal-hydraulic design of primary system (flow and temperature conditions) and optimized design of energy conversion system (nitrogen Brayton cycle) of UCFR
- Design of passive safety system for UCFR – Design of passive residual heat removal system using liquid gallium for safety enhancement
- Safety analysis of UCFR – Thermal-hydraulic analysis of UCFR in steady state operation and Deterministic safety analysis of UCFR in transient, along with Probabilistic safety analysis
References
- Seok Bin Seo, In Guk Kim, In Cheol Bang*, Risk-reduction of passive decay heat removal system by using gallium-water for UCFR and SMR, International Journal of Energy Research, Vol 41, pp. 207-219, 2017
- Seok Bin Seo, Han Seo, In Cheol Bang*, Adoption of nitrogen power conversion system for small scale ultra-long cycle fast reactor eliminating intermediate sodium loop, Annals of Nuclear Energy, Vol 87, pp. 621-629, 2016
- Sarah Kang, Seong Dae Park, In Guk Kim, In Cheol Bang*, Numerical study of in-vessel retention under the gallium-water external reactor vessel cooling system using MARS-LMR, Journal of Nuclear Science and Technology, Vol 53, pp. 345-352, 2016
- Han Seo, Ji Hyun Kim, In Cheol Bang*, Subchannel analysis of a small ultra-long cycle fast reactor core, Nuclear Engineering and Design, Vol 270, pp. 389-395, 2014